CAJ | 학술논문

以陕西大海则煤矿为例，研究了多层含水系统矿区疏干条件下的含水介质和边界条件特征，建立了研究区三维地下水流数值模拟模型，完成了模型识别和验证，并结合大海则煤矿的工况特征和矿井生产过程，以首采区回采工作面月掘进进度为单位，采用丰水期和平水期两种预测方案，依次对各回采工作面地下水位疏降至2号煤底板的涌水量进行模拟和预测。该方法将复杂空间地质体和地下水渗流相结合，准确描述了疏降工程的降水过程，所得结果既充分保证了矿井的安全生产，又加强了地下水资源保护。
이협서대해칙매광위례，연구료다층함수계통광구소간조건하적함수개질화변계조건특정，건립료연구구삼유지하수류수치모의모형，완성료모형식별화험증，병결합대해칙매광적공황특정화광정생산과정，이수채구회채공작면월굴진진도위단위，채용봉수기화평수기량충예측방안，의차대각회채공작면지하수위소강지2호매저판적용수량진행모의화예측。해방법장복잡공간지질체화지하수삼류상결합，준학묘술료소강공정적강수과정，소득결과기충분보증료광정적안전생산，우가강료지하수자원보호。
Taking Dahaize Mine as the example,the paper establishes a 3D numerical simula-tion model of groundwater movement through analyzing the aqueous medium and boundary con-ditions characteristics in mining area with multilayer aquifer system under the condition of dewa-tering and completes the model identification and verification. According to the working condi-tions and the production progress in Dahaize Mine,based on the monthly driving schedule in working face of first mining area as the unit,it adopts two prediction schemes of wet season and medium season,to simulate and predict the water inflow that underwater level dewatered to the No.2 coal seam floor in turn. Combining the complex geological bodies with the seepage of groundwater,this method exactly describes the dewatering process,and the result obtained from it is not only a guarantee of safe production of the coal mine,but also a protection for the ground-water resources.